BUSINESS

Proteomics Business
Our Business Style
We aim to practical use of 「AI proteomics」technology

Established a collaborative research center on campus with the Hayashi Lab of Institute of Science Tokyo in April 2019. AI can accurately determine protein mutations based on digital images of human and animal proteins (hereinafter referred to as proteomics images), enabling early search for biomarker candidates at drug discovery sites and obtaining evidence on the efficacy of substances. In November 2023, we will establish our own research base, the Proteomics Innovation Center (PIC), and build a system to promote biomarker exploration for external collaborations, drug discovery support, early diagnosis for humans and animals, and quality & safety improvement for agriculture and livestock, as well as their research planning, design, and customer proposals in an integrated manner.

In the future, AI proteomics technology will be introduced as a primary screening before health checkups, and appropriate workups will be encouraged to reduce diagnostic costs. Ultimately, we aim to apply this technology to sensor technology that allows easy and easy testing anytime and anywhere, and enables early detection of diseases and injuries, so that preventive measures can be taken while healthy.

What is AI proteomics?

AI proteomics is a technology that discovers signs and changes of all living things from changes in proteins Any technology that has protein, such as humans and animals, can be used with this technology
Effective treatment and prevention for non-illness

AI proteomics research results
  • Elucidation of the onset mechanism of atopic dermatitis
  • Elucidation of molecular mechanism of cell fusion
  • Search for biomarkers by plasma proteome analysis of gastrointestinal cancer
  • Exploring biomarkers for post-transplant complications of allogeneic hematopoietic stem cells using high-precision proteomics
  • Elucidation of the molecular mechanism of emotional activation using fish
  • A method of healthy management of bone by the balance between osteoblast and osteoclast
  • Study of genes involved in abnormal labor
  • Effects of transient exercise on appetite, appetite regulating hormone, and energy intake
  • Understanding the effects of low-level radiation on living organisms
  • Development of high-speed optical precision diagnosis of sepsis
  • Development of high-precision diagnostic method for rehabilitation
Three areas of research and development

A joint research project with a company that uses「proteomics」technology The three main areas targeted, will continue to provide support for each business